In spin-based quantum-information-processing devices, the presence of control and
detection circuitry can change the local environment of a spin by introducing strain and …

Linear dichroism—the polarization dependent absorption of electromagnetic waves—is
routinely exploited in applications as diverse as structure determination of DNA or …

Recently, micro-resonator structures have demonstrated considerable enhancement of ESR
spectroscopy. The high-quality factor and confined mode of these resonators (cavities) lead …

We have applied machine learning in a neural network to calculate the quasi TE 011 mode
of a cylindrical microwave cavity with two symmetrically stacked dielectric resonators (DRs) …

A decrease of two-gamma annihilation rate of a positron in a strong spin–orbit field of the
annihilation site of bismuth impurity center 209 Bi (J= 9/2) in silicon with natural isotope …

Many proposals for quantum information devices rely on electronic or nuclear spins in
semiconductors because of their long coherence times and compatibility with industrial …

Polarization property characterization of the microwave (MW) field with high speed and
resolution is vitally beneficial as the circularly-polarized MW field plays an important role in …

Polarization property characterization of the microwave (MW) field with high speed and
resolution is vitally beneficial as the circularly-polarized MW field plays an important role in …

Abstract Spins confined in Metal-Oxide-Silicon (MOS) quantum dot devices are promising
qubits in a quantum processor, demonstrating long coherence times, a large valley splitting …